Concentric Cables TRIZ Cases
- Eccentric Coaxial Cable Layout for Easier Outer Conductor Contacting
Segmented outer conductor bundles shift the inner conductor off-center to simplify contacting, improve heat dissipation, and ease cable laying.
- Notched MC Cable Assembly Tape for Easy Manual Tearing
Edge notches let MC cable assembly tape tear by hand during installation while preserving conductor bundling strength and non-adhesive handling.
- Coaxial Hybrid Cable Structure for Compact Power and Fiber Routing
A coaxial conductor layout around an optical fiber buffer layer cuts hybrid cable bulk and connector space while maintaining power and communication transmission.
- Metallic Sheath Joint Using Lead-Free Section for Watertight Cables
A softer lead-free intermediate sheath section enables full-perimeter thermal joining for watertight cable joints with easier handling.
- Transposed Partial-Conductor Layout for Lower AC Resistance
Alternating insulated partial conductors and transposing junctions spread AC current across the full cross-section to cut skin effect and raise capacity.
- Conductive-Coated Cable Shielding Without Mylar Tape
A conductive layer between cable insulators replaces mylar tape, preserving shield continuity during bending while improving flexibility.
- Downhole Cable Jacket Structure for Lower Weight and Abrasion
Multi-layer polymer jackets with embedded armor reduce downhole cable weight, cost, and abrasion while preserving conductivity.
- Transposed Partial-Conductor Layout for AC Skin Effect Reduction
Alternating partial-conductor diameters and transposing junctions cut skin effect, lower AC resistance, and use more of the conductor cross-section.
- Capacitive Power Cable Strand Layout to Reduce Skin Effect Loss
Alternating insulated strand sets in a six-layer capacitive cable cut skin-effect loss and support low-loss long-distance power transmission.
- Foamed Dielectric Cable Insulation for Lower High-Frequency Loss
A foamed inner insulator lowers dielectric constant to cut high-frequency insertion loss while preserving cable mechanical strength.
- Foamed Cable Dielectric for Low Insertion Loss and Signal Integrity
A foamed inner cable insulator lowers dielectric constant to cut insertion loss and preserve signal integrity without losing strength.
- Display Panel Cable Short Detection via Isolated Signal Ground
A high-pass path and DC current detector isolate signal ground to identify display cable shorts before board replacement and damage.
- Foam Dielectric Cable Structure for Lower Insertion Loss
A monolithic foam inner insulator lowers dielectric constant to cut insertion loss, reduce delay, and keep cable strength.
- Metallic Sheath Joint for Lead-Free Watertight Power Cables
Thermally joined lead-free sheath sections improve cable handling and restoration while maintaining watertight water blocking and lower corrosion.
- Integrated Filter Power Cable for Aircraft EMI Reduction
Ferromagnetic inserts inside a coaxial power cable change impedance to filter interference while cutting aircraft filter weight and volume.
- Unified Power-Data Cable for Redundant Switch Stacking
A sheathed power path around the data core cuts switch-stacking cabling, shields EMI, and preserves redundant power and packet traffic.
- Capacitive Cable with Woven Conductors for High-Frequency Power Transmission
Weaving individually insulated conductors into bundles reduces resistance and voltage losses during high-frequency power transmission.
- Braided Coaxial Cable Reducing Inductive Losses
Segmented wire bundles in a braid structure reduce skin effect and inductive losses, enabling efficient high-current transmission.